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Problems Scenario: Various arithmetic instructions are used as part of an industrial oven temperature control program. Write ladder logic program, that will 1) Accept an input from a temperature sensor in Celsius (you can mimic this with a simple switch). 2) Use appropriate arithmetic conversion block to convert the temperature in Celsius to Fahrenheit. (You can use single block or multiple blocks based on your logic) 3) While the temperate is less than 200°F, a red pilot should be ON indicating that oven is pre-heating. The heater should also be started at this point. 4) Once the temperate is greater than or equal to 200°F the green light is ON indicating oven is ready. The heater should be still on. 5) If the temperature is above 300°F, have an alarm start beeping andthe heater should be off.

Problems Scenario: Various arithmetic instructions are used as part of an industrial oven temperature control program. Write ladder logic program, that will 1) Accept an input from a temperature sensor in Celsius (you can mimic this with a simple switch). 2) Use appropriate arithmetic conversion block to convert the temperature in Celsius to Fahrenheit. (You can use single block or multiple blocks based on your logic) 3) While the temperate is less than 200°F, a red pilot should be ON indicating that oven is pre-heating. The heater should also be started at this point. 4) Once the temperate is greater than or equal to 200°F the green light is ON indicating oven is ready. The heater should be still on. 5) If the temperature is above 300°F, have an alarm start beeping andthe heater should be off.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Problems Scenario: Various arithmetic instructions are used as part of an industrial oven temperature control program. Write ladder logic program, that will 1) Accept an input from a temperature sensor in Celsius (you can mimic this with a simple switch). 2) Use appropriate arithmetic conversion block to convert the temperature in Celsius to Fahrenheit. (You can use single block or multiple blocks based on your logic) 3) While the temperate is less than 200°F, a red pilot should be ON indicating that oven is pre-heating. The heater should also be started at this point. 4) Once the temperate is greater than or equal to 200°F the green light is ON indicating oven is ready. The heater should be still on. 5) If the temperature is above 300°F, have an alarm start beeping and the heater should be off.
Transcribed Image Text:Problems Scenario: Various arithmetic instructions are used as part of an industrial oven temperature control program. Write ladder logic program, that will 1) Accept an input from a temperature sensor in Celsius (you can mimic this with a simple switch). 2) Use appropriate arithmetic conversion block to convert the temperature in Celsius to Fahrenheit. (You can use single block or multiple blocks based on your logic) 3) While the temperate is less than 200°F, a red pilot should be ON indicating that oven is pre-heating. The heater should also be started at this point. 4) Once the temperate is greater than or equal to 200°F the green light is ON indicating oven is ready. The heater should be still on. 5) If the temperature is above 300°F, have an alarm start beeping and the heater should be off.
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